Self-service intelligent electronic weighing settlement method and system

Abstract

The invention discloses a self-service intelligent electronic weighing settlement method and system. The method comprises the specific implementation steps that (1), whether articles to be traded exist is detected in real time, and when it is detected that the articles to be traded exist, weight data and image data of the articles to be traded are collected and output; (2), the image data are received, image identification is carried out, unit prices corresponding to the identified articles are obtained, and the total price of the articles to be traded currently is calculated according to the weight data; (3), settlement command signals are collected in real time, whether settlement needs to be carried out is judged, if yes, statistics is carried out on all data to be settled to obtain final settlement data, and the final settlement data are sent to a settlement terminal, if not, the total price of the articles to be traded currently serves as the data to be settled and is stored, and then the step (1) is executed. The system comprises a data collecting module, an intelligent pricing module and a self-service settlement module. The method has the advantages that the realizing method is simple, the needed cost is low, the intelligent degree is high, and weighing and automatic settling can be integrated.

Description

[0001] The invention relates to the technical field of electronic weighing, in particular to a self-service intelligent electronic weighing settlement method and system. Background technique [0002] At present, electronic scales are widely used in the weighing and pricing of items in supermarkets, shopping malls and other places. Compared with traditional manual weighing and pricing, it has the advantages of being more convenient and faster. However, the current electronic scale still needs to rely on operators to complete the weighing, pricing and settlement of items. The implementation process is relatively cumbersome and requires high labor costs, including the following problems: [0003] 1) Every time the operator needs to manually input the unit price of the transaction items, the buyer cannot complete the weighing and pricing independently. The weighing and pricing process is inconvenient and the degree of intelligence is not high; when the type of transaction items , ...

AI Technical Summary

Problems solved by technology

However, the current electronic scale still needs to rely on operators to complete the weighing, pricing and settlement of items. The implementation process is relatively cumbersome and requires high labor costs, including the following problems:

[0003] 1) Every time the operator needs to manually input the unit price of the transaction items, the buyer cannot complete the weighing and pricing independently. The weighing and pricing process is inconvenient and the degree of intelligence is not high; when the type of transaction items , When the number of weighings increases, it will further increase the complexity of the transaction process and the workload of the playground staff;

[0004] 2) After each weighing is completed, it is necessary to print out the bill of the weighed item, and the operator will paste the bill on the outer packaging bag of the item, so usually the electronic scale also needs supporting printing equipment, etc., the cost is high and the paper bill is also expensive. Not conducive to environmental protection;

[0005] 3) Only through the settlement center can the price of all transaction items be counted to complete the unified settlement. On the one hand, it needs to rely on the operator to complete the settlement, which increases labor costs; on the other hand, the buyer cannot settle according to his own wishes, making it inconvenient multiple shopping

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